If some people are not aware of what different regenerative thermal oxidizers are all about, it is necessary to know that these units are used to control any type of air pollution compounds. Those can be emitted during a wide range of industrial processes. These days, this kind of technology is widely used because it is successful and can offer a number of benefits. This process is trouble-free and effective.
The Way This Equipment Works
It makes sense to mention that the operation of those devices can be troublesome in some situations. Before starting to use any of them, it is required to get the right RTO understanding. The use of this equipment is all about the method of capturing and retaining the particular temperature level necessary to oxidize any plant air pollution. Basically, this is when different pollutants are injected into a special heat recovery chamber that contains some ceramic media. This is where the emission stream of oxidizers is preheated to the temperature that is near the combustion chamber one. After that this kind of waste stream enters the so-called outlet heat recovery chamber. This step is required in order to clean it, and then it leaves this system through outlet valves. People should know that this process allows them to recover up to 95% of the value produced by combustion chambers. This is what helps to reduce their supplemental fuel costs.
Other Important Details Involved
It is true that the regenerative thermal oxidizers that are properly designed and engineered can operate without any downtime and significant maintenance. Besides, manufacturers need to get a better understanding of what process streams are all about. Many of them have some specific particulates. Their quantity can be quite significant. It makes sense to note that their VOC concentration may vary, but users are able to adjust process upset conditions. The main thing that should be considered is the flexible operating design of those units. In addition, another important subject that should be considered is connected with particulates in their stream process. That’s because these can be called the biggest threat to the efficient operation of thermal oxidizers. There are different issues that may happen, such as bed plugging, media degradation, and so on. If manufacturers want to be sure to avoid all of those common problems, it is required to service their devices on a regular basis. These must be repaired properly.